public void AreEqualPassesWithDirectoryInfos()
{
using (TestDirectory td = new TestDirectory("ParentDirectory"))
{
DirectoryAssert.AreEqual(td.directoryInformation, td.directoryInformation);
}
}
public void AreEqualFailsWhenOneIsNull()
{
using (TestDirectory td = new TestDirectory("ParentDirectory"))
{
DirectoryAssert.AreEqual(td.directoryInformation, null);
}
}
public void AreEqualFailsWhenOneDoesNotExist()
{
using (TestDirectory td = new TestDirectory("ParentDirectory"))
{
DirectoryInfo actual = new DirectoryInfo("NotExistingDirectoryName");
DirectoryAssert.AreEqual(td.directoryInformation, actual);
}
}
public void AreEqualFailsWithStringPath()
{
using (TestDirectory td1 = new TestDirectory("ParentDirectory1"))
{
using (TestDirectory td2 = new TestDirectory("ParentDirectory2"))
{
DirectoryAssert.AreEqual(td1.directoryName, td2.directoryName);
}
}
}
public void AreEqualFailsWithDirectoryInfos()
{
using (TestDirectory td1 = new TestDirectory("ParentDirectory1"))
{
using (TestDirectory td2 = new TestDirectory("ParentDirectory2"))
{
DirectoryAssert.AreEqual(td1.directoryInformation, td2.directoryInformation);
}
}
}
public void IsWithinPassesWithStringPath()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", true))
{
DirectoryAssert.IsWithin(td.directoryName, td.diSubSubDirectory.FullName);
}
}
public void IsWithinPassesWithDirectoryInfo()
{
using (TestDirectory td = new TestDirectory("ParentDirectory",true))
{
DirectoryAssert.IsWithin(td.directoryInformation, td.diSubSubDirectory);
}
}
public void IsWithinFailsWhenOutsidePathUsingStringPath()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", true))
{
DirectoryAssert.IsWithin(td.directoryName, Environment.SpecialFolder.System.ToString());
}
}
public void AreNotEqualPassesIfOneIsNull()
{
using (TestDirectory td = new TestDirectory("ParentDirectory"))
{
DirectoryAssert.AreNotEqual(td.directoryInformation, null);
}
}
public void IsNotEmptyPassesWithNonEmptyDirectoryUsingStringPath()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", true))
{
DirectoryAssert.IsNotEmpty(td.directoryName);
}
}
public void IsNotEmptyPassesWithNonEmptyDirectoryUsingDirectoryInfo()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", true))
{
DirectoryAssert.IsNotEmpty(td.directoryInformation);
}
}
public void IsNotEmptyFailsWithInvalidDirectory()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", false))
{
DirectoryAssert.IsNotEmpty(td.directoryName + "INVALID");
}
}
public void IsNotEmptyFailsWithEmptyDirectoryUsingStringPath()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", false))
{
DirectoryAssert.IsNotEmpty(td.directoryName);
}
}
public void IsNotEmptyFailsWithEmptyDirectoryUsingDirectoryInfo()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", false))
{
DirectoryAssert.IsNotEmpty(td.directoryInformation);
}
}
public void IsWithinFailsWhenOutsidePathUsingDirectoryInfo()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", true))
{
DirectoryInfo diSystemFolder = new DirectoryInfo(Environment.SpecialFolder.System.ToString());
DirectoryAssert.IsWithin(td.directoryInformation, diSystemFolder);
}
}
public void AreEqualPassesWithStringPath()
{
using (TestDirectory td = new TestDirectory("ParentDirectory"))
{
DirectoryAssert.AreEqual(td.directoryName, td.directoryName);
}
}
public void IsEmptyPassesWithEmptyDirectoryUsingDirectoryInfo()
{
using (TestDirectory td = new TestDirectory("ParentDirectory", false))
{
DirectoryAssert.IsEmpty(td.directoryInformation);
Assert.That(td.directoryInformation, Is.Empty);
}
}
